Maize

Maize

32% Increase in Plant Height | Maize | Odisha, India | Harvest Harmonics
Field Trial · Maize · India

32% Increase in Plant Height

At The Experimental Field of Centurion University of Technology & Management in Odisha, India, maize treated with Kyminasi Crop Booster™ water showed significant growth factors including taller plants, bigger leaves, more dry matter, denser greener vegetation, and significant above-ground growth and rootzone.

+32%
Plant Height Gain · 100% Stress Level
+13% DMA
DMA / Plant · 0% Input Reduction
Time
May 2025
Place
The Experimental Field of Centurion University of Technology & Management, Odisha, India
Crop
Maize
Growth
Split Plot design with seven subplots, each with three replications, ranging from 0% to 100% stress levels.
Treatment
Both fields treated equally with inputs.
Test field
Treated with Kyminasi Crop Booster™ water.
Control field
Treated with standard water.
Trial Context The boosted plants did not receive any extra chemical or non-chemical boost.
Maize case study at Centurion University of Technology and Management in Odisha India
Maize field trial · Odisha, India · May 2025
Measured Results

Taller maize plants, bigger leaves, more dry matter, and denser greener vegetation.

Kyminasi Fruits showed significant growth factors: taller plants, bigger leaves, and more dry matter, especially in 10% to 55% stress levels. Kyminasi Fruits displayed significant above-ground growth and rootzone. Kyminasi Fruits showed denser, greener vegetation in all stress levels 45 days after seeding.

32%
Plant height gain
At 100% input reduction, plant height measured 78 cm with KPCB vs. 59 cm control.
29%
Plant height gain
At 25% input reduction, plant height measured 177 cm with KPCB vs. 137 cm control.
27%
Plant height gain
At 10% and 40% input reduction, plant height showed +27% gain.
13%
DMA / Plant gain
At 0% input reduction, DMA/Plant measured 80.57 g with KPCB vs. 71.05 g control.

Plant Height

KPCB-treated maize showed taller plants across all stress levels, with gains ranging from +9% to +32%.

Dry Matter

KPCB-treated maize showed higher DMA/Plant across all stress levels, with gains ranging from +4% to +13%.

Stress Levels

Significant growth factors were especially visible in 10% to 55% stress levels.

Vegetation

Kyminasi Fruits showed denser, greener vegetation in all stress levels 45 days after seeding.

Input Reduction Plant Height (cm) DMA*/Plant (g)
KPCB Control Gain KPCB Control Gain
0% 183 149 23% 80.57 71.05 13%
10% 181 143 27% 76.96 68.52 12%
25% 177 137 29% 73.53 67.61 9%
40% 170 134 27% 73.15 67.4 9%
55% 162 132 23% 72.82 65.79 11%
70% 140 128 9% 67.99 65.62 4%
100% 78 59 32% 60.57 57.74 5%

Why this matters for maize growers: In this case study, Kyminasi Crop Booster™ water supported stronger maize performance across multiple stress levels, with improved plant height, DMA/Plant, denser greener vegetation, significant above-ground growth, and rootzone development, while the boosted plants did not receive any extra chemical or non-chemical boost.

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27% Increase in Yield | Maize | Meknès, Morocco | Harvest Harmonics
Field Trial · Maize · Morocco

27% Increase in Yield

In Meknès, Morocco, maize variety LG31695 was tested under the combined effect of deficit irrigation and Kyminasi Crop Booster technology. Under 40% water stress, Kyminasi fruits showed a 27.1% yield gain.

+27.1%
Yield Gain Under 40% Water Stress
40% Less Water
Crop Booster Field Water Usage Reduction
Time
January 2025
Place
Meknès, Morocco
Crop
Maize
Variety
LG31695
Farm size
0.33 ha
Test
Combined effect of deficit irrigation and Kyminasi Crop Booster technology.
Treatment
Fields treated equally with inputs.
Test field
Irrigated with Kyminasi water, under varying water stress.
Control field
Irrigated with standard water, under varying water stress.
Trial Context Proline content was highest in Kyminasi fruits under 40% water stress, indicating improved resilience to drought, water stress, and salinity.
Maize yield case study in Meknès Morocco using Kyminasi Crop Booster technology
Maize field trial · Meknès, Morocco · January 2025
Measured Results

Higher maize yield under 40% water stress with improved resilience indicators.

Under 40% water stress, Kyminasi fruits showed a 27.1% yield gain. Proline content was highest in Kyminasi fruits under 40% water stress, indicating improved resilience to drought, water stress, and salinity.

70
Crop Booster yield
Yield Increased measured 70 tons with Crop Booster.
55.07
Control yield
Yield Increased measured 55.07 tons in the control field.
27.1%
Yield increase
Under 40% water stress, Kyminasi fruits showed a 27.1% yield gain.
40%
Water decrease
Water usage was reduced from 100% control to 60% Crop Booster field usage.

Yield Gain

Under 40% water stress, Kyminasi fruits showed a 27.1% yield gain.

Water Usage

Control water usage was 100%, while Crop Booster water usage was 60%.

Proline Content

Proline content was highest in Kyminasi fruits under 40% water stress.

Resilience

The proline result indicated improved resilience to drought, water stress, and salinity.

Measurements Control Crop Booster Increase Decrease
Yield Increased (tons) 55.07 70 27.1% -
Water usage 100% 60% - 40%

Why this matters for maize growers: In this case study, maize irrigated with Kyminasi water under 40% water stress produced a 27.1% yield gain, while water usage decreased from 100% to 60%. Higher proline content under stress indicated improved resilience to drought, water stress, and salinity.

Want to understand how the Kyminasi Crop Booster could fit your irrigated farming operation? Book a free 15-minute call with our team.

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10% Higher Plant Weight, 100% Increase in Brix Grading | Maize | Mexico | Harvest Harmonics
Scientific Study · Maize · Mexico

10% Higher Plant Weight, 100% Increase in Brix Grading

In Villadiego, Mexico, a scientific study conducted by Carlos Torres Barrera, Chief CDT Villadiego, compared Crop Booster Maize against a control field. The trial showed higher test weight plant development and 100% higher Brix compared to control.

+100%
Higher Brix Compared to Control
77 kg/hl
Crop Booster Hectoliter Weight
Time
March 2024
Place
Villadiego, Mexico
Crop
Maize
Study
Scientific study conducted by Carlos Torres Barrera, Chief CDT Villadiego.
Comparison
Control field was used for comparison.
Program context
FIRA conducting trials to help impoverished families feed themselves and rise from poverty.
Trial Context Crop Booster Maize had a 10% higher test weight plant development and an average raw yield (ton/ha) of 9.19 compared to Control of 9.16.
Maize scientific study in Villadiego Mexico using Crop Booster
Maize scientific study · Villadiego, Mexico · March 2024
Measured Results

Higher hectoliter weight, 100% higher Brix, and slightly higher raw yield.

Crop Booster Maize had a 10% higher test weight plant development and an average raw yield (ton/ha) of 9.19 compared to Control of 9.16. Crop Booster Maize had a 100% higher brix compared to Control.

100%
Higher Brix
Crop Booster Maize had a 100% higher brix compared to Control.
77kg/hl
Crop Booster hectoliter weight
Hectoliter weight measured 77 kg/hl with Crop Booster.
70.5kg/hl
Control hectoliter weight
Hectoliter weight measured 70.5 kg/hl in the control field.
9.19
Average raw yield
Crop Booster average raw yield was 9.19 ton/ha compared to Control of 9.16.

Test Weight

Crop Booster Maize had a 10% higher test weight plant development.

Brix

Crop Booster Maize had a 100% higher brix compared to Control.

Raw Yield

Average raw yield was 9.19 ton/ha with Crop Booster compared to Control of 9.16.

Study Context

FIRA conducted trials to help impoverished families feed themselves and rise from poverty.

Corn Control Crop Booster
Hectoliter** weight (kg/hl) 70.5 77
Brix (%) Standard 100%

Why this matters for maize growers: In this case study, Crop Booster Maize showed a 10% higher test weight plant development, a 100% higher Brix compared to Control, and an average raw yield of 9.19 ton/ha compared to Control of 9.16.

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